NS-T Cloud API

NS-T Cloud™

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NS-T Cloud™ Cloud Service API

NS-T Cloud™ is a cloud service built on OpenStack source code and deployed as infrastructure-as-a-service (IaaS) where servers and system resources are virtualized to users. It promotes efficient management of data center resources including compute, storage, and networking using APIs with syncronous authentication. Cloud computing reduces the transaction costs of infrastructures.

"Multi-Tenancy" NS-T Cloud™ adapts robust multi-tenancy to securely serve groups of multiple users independent of any human interaction. Access specifiers are allocated for system resources and distributed amongst system tenants and controlled flawlessly by a single user.
"Application Control" NS-T Cloud™ infranstructure application control is integrated withing this service. Our application programming interface API supplies operationally relevant information for applications which consists of event notifications where possible. NS-T Cloud™ is designed to expand secure access to APIs for applications running on the cloud while eliminating external parts of the app.
"Hardware Virtualisation" NS-T Cloud™ uses OpenStack to virtualize services provided through specialised hardware platforms including storage, routers, load balancers, firewalls, GPUs, FPGAs, ASICs and others; by providing a vendor-independent API that offers "software-defined" allocation of resources in a multi-tenant environment.

Our OpenStack based APIs provide a consistent interface needed to deal with external systems like compute, storage, and networking hardware for vendor implementations.

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AI Smart Energy

Accelerating a Secure Programmable Edge Network System for IoT

Internet-of-Things (IoT) applications have been challenged by vast emerging security threats. The increasing number of connected devices on an IoT network may encounter potential attacks while relaying messages over the public Internet. Security methods in traditional wireless networks are often specific to single architectures and are therefore ineffective in solving security issues that may surface on hybrid IoT networks. Our network solutions integrate a software defined end-edge-cloud network architecture for smart IoT applications. We apply a deep-learning (DL) based intrusion detection system (IDS) to secure this architecture.

Author(s): Nsunza-et-al

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SDN-based Routing

Author(s): Nsunza-et-al

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A Low-Cost Software Defined Wireless Network Testbed for Smart Home

Author(s): Nsunza-et-al

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A Smart Home Router

Author(s): Nsunza-et-al

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